• Sustain and improve process / SPC to meet quality, cost, productivity requirements
• Analyze SPC charts using SPACE. Know all the PR rules and their significance. Do proper annotation to maintain quality troubleshooting rate for SPC OOC. Understand Cp and Cpk indices
• Monitor critical SPC charts daily. Perform process window study and provide improvement plan to reduce OOC and improve CPK
• Review ESPC charts using SPACE. Analyze split lot, DOE data, ET, sort yield using JMP, Klarity ACE
• Create SPC charts, DCOP and modify SLDB using PROMIS (Si-View)
• Upload, check and ensure recipe content compliance using RMS. Raise PCRB, follow through with qual plan, analyze data using required software and CR closure
• Follow up on SPSR, MRB, 8D, TECN, or spec update with ECN. Follow up on pass down to troubleshoot process issues. Establish CAS / procedures to be followed and work with other departments for resolution if required
• Setup and troubleshoot recipes/ job files in all metrology tools within the Module
• Startup and qualify new process and new equipment within scheduled timeline. Work closely with Equipment Engineer on new equipment acceptance
• Work on reducing process constraint, perform process matching between equipment to reduce variation and analysis / DOE to find factors for better tool matching

• Sustain equipment KPI and make continuous improvements to enhance the performance
• Monitor and control equipment performance indices. Optimize PM procedures to make it more effective and efficient
• Coordinate with both process and manufacturing Engineers to ensure work is carried out efficiently to meet module objectives
• Manage the logistics for parts so as to prevent prolonged uptime losses in the case of equipment failure
• Manage the expenditure allocated for equipment maintenance without compromising on quality output
• Continuous improvement of equipment KPI in terms of quality, uptime and costs
• Plan and implement effective Preventive Maintenance program on equipment
• Document Corrective Action and Best Known Methods, and Fan it out to all for maximum ROI and learning
• Know how to use SPACE to monitor and analyze SPC charts. Know how to use JMP to analyze engineering experiments. Know how to use measurement instruments effectively in data collection
• Understand FMEA and able to generate FMEA analysis for new tool. Able to utilize it to identify tool weaknesses and derive the top 3 to 5 risk factors

• To be part of the integration team in developing or transferring new processes to the fab.
• To understand the key relationships between in-fab processing and yield/reliability impact to enable successful ramp of new processes to production
• Develop custom or derivative processes to meet customer needs
• Run DOE to optimize process margins and determine process & ET specifications
• Monitor OOC, maintain good CPK for ET and monitor inline SPC parameters
• Identify and resolve process integration issues & ET related problems
• Identify yield opportunities and set preliminary yield targets
• Run prototype lots on new or derivative processes
• Liaise with Customer Engineers/Field Engineers to resolve customers’ technical & yield concerns
• Develop FMEA for Custom & Derivative processes
• Document relevant information of new / derivative processes.
• Support and Implement Process change requests

Information about our benefits you can find here: https://gf.com/about-us/careers/opportunities-asia